OrangeRX Open LRS 433MHz Transmitter 100mW (compatible with Futaba radio)

The all new OrangeRX Open LRS TX Module is an open source transmitter module that can be programmed to use your choice of protocol and any channel in the 400~460MHz range. It is a fully user-customizable RF transmitter system. It can even be programmed to utilize extra features such as telemetry when used with the OrangeRX OpenLRS Rx module.

The OrangeRX Open LRS TX Module a very versatile unit perfect for your custom projects. 
It utilizes a 100mW RF unit and Atmega328 processor with Arduino Bootloader allowing you to upload pre-written codes or write your own to suit your transmitter needs. 
 
The default code utilizes 3 channel frequency hopping. If you would like to use a different protocol, you can write your own hopping codes or simply download one of the many pre-written OpenLRS code sets already available. 
 
Features:
• 3.3v FTDI support for easy programming (DO NOT use 5V serial / AVRISP adapters)
• Serial Port for firmware upload and telemetry application
• I2C port for sensor applications (Wii Motion Plus based Headtracker)
• 16Mhz Atmega328 processor with Arduino Pro Mini compatible bootloader.
• LM2937 3.3v voltage regulator
• U.F.L connector between PCB and antenna
• Buzzer for audible information 
• 100mW output, frequency hopping capability and hundreds of features

Specs:
Compatibility: 5-pin Futaba compatible module-based transmitters
Frequency: 433MHz
Voltage input: 6.8~12VDC
IC: Atmega328P
Power: 100mW
Range: Full range system

Includes:
OrangeRx OpenLRS Tx Module (Futaba compatible)
Antenna

*Note: The setup and use of Open LRS requires computer programming skills and basic Arduino experience. This is not a "plug and play" system.

*Note: Open LRS uses 3.3v FTDI support, DO NOT use a 5V serial / AVRISP adapter or damage will occur.

*Note: Please check with your local authorities regarding the operation of this equipment. Regulations on power output, usable frequencies and licenses’ to operate vary from region to region.